Relative luminous distribution 2.6

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1 LED technology THE ART OF LIGHTING A000 Havana Ribbon EWW0 V Technical specifications: LED system: 00x 0.0W extra warmwhite LED 00K () View angle: 0 Light output: 00 Lumen/mtr. Power consumption: mtr A (W) mtr 0.A (.W) Strip: IP0 Cutting length: 0cm ( LED`s) = 0.W = Lm Working temperature: 0 C until 0 C Backside: Self adhesive M tape The Havana Ribbon should not be used in hot places The best heat dissipation is to mount the Ribbon on an aluminum strip or Artecta AluPro Profile. Ensure a proper heat dissipation Relative luminous distribution 0.0 Ip0 Lightoutput / meter 0Lm 0 symm. LEDlens 000. meter Havanna LEDStrip is packed on reel, in antistatic bag Advised ch. DMX controller: ensions in mm Advised ch. DMX controller: ensions in mm A0 Domotion ARTD white included IR remote control DMX channels progammable scenes Masterdim SwitchFadetime sec. Scene to Scene fade sec. A0 Domotion ARTD black included IR remote control DMX channels progammable scenes Masterdim SwitchFadetime sec. Scene to Scene fade sec Advised V DC LED powersupplies: Advised DMX PWM mer: A00 DC V 0W (load x m A000) Shortcut protection Ta: C ensions: xxmm Weight: 0. Kg) PLN0 IP A0 channel PWM mer load V/A = W Load x m A000 ensions: 0x0x0mm weight: 0.0Kg ensions in mm. Self adhesive M tape mable 0V AC V DC Powersupply DMX or Dali Controller (mer) DMX or Dali channel merpack DMX or Daliline to next merpack DCV The total length of each strip can not be more than mtr. Do not use in hot places. Ensure a propper heat dissipation mtr cutting length: each 00mm Non mable 0V AC The total length of each strip can not be more than mtr. Do not use in hot places. Ensure a propper heat dissipation DCV DCV DCV DCV V DC Powersupply DCV mtr 0 INDOOR RATED Moodlights

2 V V 00V IN V V 00V IN V V A. mable A0 ARTD DMX Controller DMXChannels & Programable scenes Included IR remote control (without using the builtin merpack) 0V AC A000 Attema U0 Wallbox (not included) DMXline WallboxPowersupply (not included) A0000 PSU VDC or A000 PSU VDC ensions: Ø x. mm DMXline to next merpack V DC 0V AC V DC A Max. DMX OUT XDIMMER PRO 0 Load (max A) V DC A0 Domotion ch. DMX PWMmerpack total load V/A = W mtr. (one chain) Havana Ribbon EWW0 contents 0 LED`s (= W) Load x meter Havana Ribbon EWW0 (= W) to Domotion ch. DMX PWM merpack and keep V DC cables short as possible (see Notes) (max V DC cable length (see page ) DCV DCV mtr DCV DCV mtr DCV DCV V DC 0V AC V DC A Max. DMX OUT XDIMMER PRO 0 Load (max A) V DC A0 Domotion ch. DMX PWMmerpack total load V/A = W mtr. (one chain) Havana Ribbon EWW0 contents 0 LED`s (= W) Load x meter Havana Ribbon EWW0 (= W) to Domotion ch. DMX PWM merpack and keep V DC cables short as possible (see Notes) (max V DC cable length (see page ) DCV DCV mtr DCV DCV mtr DCV DCV B. Non mable 0V AC V DC V DC mtr. (one chain) Havana Ribbon EWW0 contents 0 LED`s (= W) Load x meter Havana Ribbon EWW0 (= W) to Domotion ch. DMX PWM merpack and keep V DC cables short as possible (see Notes) (max V DC cable length (see page ) DCV DCV mtr DCV DCV mtr DCV DCV Notes: UK The thickness of the V DC cable depends on the total cable length and total power consumption of all connected fixtures. (See page ) NL De diameter van de V DCkabel is afhankelijk van de totale lengte van de kabel en het totale stroomverbruik van alle verbonden toestellen. (zie tabel op pagina ) D Der Durchmesser des V DCKabels hängt von der Gesamtlänge des Kabels und der gesamten Leistungsaufnahme aller angeschlossenen Geräte ab. (Siehe Tabelle auf Seite ) FR Le diamètre du câble d'alimentation V DC dépend de la longueur totale du câble et la consommation électrique totale de tous les périphériques connectés. (voir page ) ES La sección del cable de V DC depende de la longitud total del cable y el consumo de energía total de todas las luminarias (véase la página ) IT Il diametro del cavo V DC dipende dalla lunghezza totale del cavo e il consumo di energia totale di tutti apparecchi collegati.

3 A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) A Max. DMX OUT Load (max A) D D D V D V A A000 Attema Wall mountingbox U0 0V AC A0 ARTD Black channel DMX Light controller (without using the builtin merpack) Included Infrared remote controller LED slide indicator to display the current output Two function menus Record and play back up to dimming scenes Set fade time for Power on/off Set switch OFF with fade time 0 to seconds Assign key tone /OFF Included Infrared remote controller Function memory and power failure protect Link function (more ART can be linked) A000 PSU VDC Powersupply (fits in Wall mountingbox) Power input: AC 000V 0/0Hz Power output: DC V / 0.A ensions (DxH): Ø x. mm IP Rating: IP0 Operating Temp.: 0 C to 0 C connect PSU to ARTD VDC to & VDC to V Techn. Specifications: Power Supply: DC V Housing: Polycarbonate grey color Operation temperature: 0 C to 0 C Frontside ARTD DMXOUT connect to DMXIN DMX DMX Backside ARTD connect LINKOUT to LINKIN at next ARTD DMX DMX Infrared Remote Controll DMX adress settings Group Group Group Group Group Group Group Group V V V V V V V V XDIMMER PRO XDIMMER PRO XDIMMER PRO XDIMMER PRO XDIMMER PRO XDIMMER PRO XDIMMER PRO XDIMMER PRO V IN V V 00V IN V V 00V IN V V 00V IN V V 00V IN V V 00V IN V V 00V IN V V 00V IN V V DMXline to next merpacks (Group/) (& Powersupply) /V DC V DC V XDIMMER PRO 0 00V IN V V A0 Channel LED mer load A load A (W) /V DC V DC V XDIMMER PRO 0 00V IN V V A0 Channel LED mer load A load A (W) 0V AC 0V AC paralel connected LEDspots (Constant voltaged drived) connected LEDstrip

4 A Max. DMX OUT Load (max A) MAX THRU A IN POWER RoHS Way DMX Distributor DMX OUT Data DMX Data OUT Data A Max. DMX OUT Load (max A) D D D D V D V D V A using the DMXSplitter A000 Attema Wall mountingbox U0 0V AC A0 ARTD Black channel DMX Light controller (without using the builtin merpack) Included Infrared remote controller LED slide indicator to display the current output Two function menus Record and play back up to dimming scenes Set fade time for Power on/off Set switch OFF with fade time 0 to seconds Assign key tone /OFF Included Infrared remote controller Function memory and power failure protect Link function (more ART can be linked) A000 PSU VDC Powersupply (fits in Wall mountingbox) Power input: AC 000V 0/0Hz Power output: DC V / 0.A ensions (DxH): Ø x. mm IP Rating: IP0 Operating Temp.: 0 C to 0 C connect PSU to ARTD VDC to & VDC to V Techn. Specifications: Power Supply: DC V Housing: Polycarbonate grey color Operation temperature: 0 C to 0 C Frontside ARTD DMXOUT connect to DMXIN DMX DMX Backside ARTD connect LINKOUT to LINKIN at next ARTD DMX DMX Infrared Remote Controll /V DC V DC TRHU DD MINI 0V AC A0 Way DMXSplitter DMX distributer with x input and x output Absolute electric isolation between input and output and electric isolation between output and output. Technical specifications: Power input: V DC Power thru: A Power input/thru: pin terminal Data in Data out: pin terminal Housing: PolyCarbonate Control: DMX (0) Operating Temp: 0 to 0 Storage Temp: 0 C to 0 C /V DC V DC V XDIMMER PRO 0 00V IN V V A0 Channel LED mer load A load A (W) /V DC V DC V XDIMMER PRO 0 00V IN V V A0 Channel LED mer load A load A (W) 0V AC 0V AC paralel connected LEDspots (Constant voltaged drived) connected LEDstrip

5 Recommended cable conductor surface (mm²) with cable lengths of 0 meters. for parallel connected volt LED fixtures. Note; This table is an obligation and not a binding opinion. If necessary, make a electrical resistance calculation (Pouillet A x R = p x l ) Volt Watt Cable inner conductor.mm Cable inner conductor.mm Cable inner conductor mm As much as possible shortest path for the V cables Branching cables without interrupting the main cable must be placed in centre of the connected fixtures Polarity: positive () = red or brown, minus () = black or blue capacity % greater than the sum of conected fixtures short range, low power V 0V short range, high power V 0V longe range, low power V 0V longe range, high power V 0V V 0V cable section calculation to the sum of the connected fixtures fixtures evenly connected calculate each line separately calculate each line separately fixtures evenly connected

6 Geadviseerd kabelgeleideroppervlak (mm²) bij kabellengtes van 0 mtr. voor Volt parallel aangesloten LED armaturen. Note; Deze tabel is een vrijblijvend en geen dwingend advies. Maak indien nodig een berekening van elektrische weerstand en geleidbaarheid met de wet van Pouillet (A x R = p x l ) Volt Kabelgeleider.mm² Kabelgeleider.mm² Kabelgeleider mm² Vermogen (Watt) V 0V V 0V V 0V V 0V V 0V Zoveel mogelijk kortste weg voor de V kabels Kabels aftakken zonder de hoofdkabel te onderbreken mogelijk in het midden plaatsen Polariteit: plus() = rood of bruin, min() = zwart of blauw capaciteit % hoger kiezen dan de som der belastingen korte afstanden, laag vermogen korte afstanden, hoog vermogen lange afstanden, laag vermogen lange afstanden, hoog vermogen kabel sectie berekenen op de som der belastingen belastingen zoveel mogelijk gelijkmatig verdelen sectie van elke lijn afzonderlijk berekenen sectie van elke lijn afzonderlijk berekenen belastingen zoveel mogelijk gelijkmatig verdelen

7 Volt Leistung (Watt) Kabelinnenleiter.mm² Empfohlener Querschnitt vom Kabelinnenleiter in mm² bei Kabellängen von 0 Meter für parallel geschaltete VoltLEDLeuchten. Bitte beachten: Diese Tabelle ist eine unverbindliche Beratung. Falls erforderlich, eine Berechnung vom elektrischen Widerstand und Leitfähigkeit mit der Formel von Pouillet machen Kabelinnenleiter.mm² Kabelinnenleiter mm² V 0V V 0V V 0V V 0V V 0V So viel wie möglich dem kürzesten Weg für die VLeitungen Kabel abzweigen ohne Unterbrechung der Hauptleitung wenn möglich in der Mitte montieren Polarität: positiv() = rot oder braun, minus() = schwarz oder blau Kapazität immer % größer wählen als die Summe der Last kurze Leitungen, niedriger Stromverbrauch kurze Leitungen, hoher Stromverbrauch lange Leitungen, niedriger Stromverbrauch lange Leitungen, hoher Stromverbrauch Kabelquerschnitt berechnen nach der Summe der Last Last möglichst gleichmäßig verteilen jeder Abschnitt separat berechnen jeder Abschnitt separat berechnen Last möglichst gleichmäßig verteilen

8 Surface recommandée conducteur de câble (mm²) 0 m longueurs de câble. connectés en parallèle pour volts luminaires à LED. Remarque, Ce tableau est un des conseils informels et non contraignants. Si nécessaire, un calcul de résistance électrique et la conductivité avec la loi de Pouillet (A x R = p x l ) Volts Conducteur de câble.mm² Conducteur de câble.mm² Conducteur de câble mm² Puissance (Watt) V 0V V 0V V 0V V 0V V 0V Choisir le chemin le plus court pour les câbles V Éclaircie câbles sans interrompre le câble principal peut être centrée Polarité: positive () = rouge ou brun, moins () = noir ou bleu capacité de % de plus que de choisir la charge LEDlampes Parallèlement interrupteur courte portée, de faible puissance courtes distances, de forte puissance Les longues distances, de faible puissance Les longues distances, de forte puissance Calcul de la section de câble la somme des luminaires connectés luminaires raccordés possible uniformément section de chaque ligne calculer séparément section de chaque ligne calculer séparément luminaires raccordés possible uniformément

9 Sección de cable recomendada en mm² con longitudes de cable 0 metros. para conectar en paralelo de voltios LED fixtures. Note; Este cuadro es un consejo informal y no vinculante. Si es necesario, un cálculo de resistencia eléctrica y la conductividad con la ley de Pouillet (A x R = p x l ) Voltios Sección de cable.mm² Sección de cable.mm² Sección de cable mm² Watt V 0V V 0V V 0V V 0V V 0V Intente utilizar la mínima distacia de cable en lineas de V. Intente utilizar una linea pricipal sin cortarlo y sacar de el derivaciones individuales Si es posible coloque la en el centro de la linea [pricipal de distribución Polaridad: positivo () = rojo o marrón, negativo () = negro o azul La debe ser % mayor que la suma de las luiminarias a conectar distancias cortas, de baja potencia distancias cortas, de alta potencia distancias largas, de baja potencia distancias largas, de alta potencia cable de cálculo de la sección que la suma de las luiminarias a conectar la suma de las luiminarias posibles uniformemente sección de cable calcular por separado sección de cable calcular por separado cable de cálculo de la sección que la suma de las luiminarias a conectar